Optimized additive manufacturing process
AssigneeZIN Technologies
InventorBart F. Zalewski
Life of this patent
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Abstract
A method for additive manufacturing a multilayered part includes optimizing a powder material based on at least one parameter characterizing the powder material. Each layer of the multilayered part formed from the optimized powder material is optimized based on at least one parameter characterizing the layer. The multilayered part is formed using additive manufacturing based on the optimized powder material and optimized layers constituting the multilayered part. The multilayered part is optimized based on at least one parameter characterizing the multilayered part.
Claims23
A method for additive manufacturing a multilayered part comprising:
- optimizing a powder material based on at least one parameter characterizing the powder material;
- individually optimizing each layer of the multilayered part formed from the optimized powder material based on at least one parameter characterizing the layer;
- and
- forming the multilayered part using additive manufacturing based on the optimized powder material and optimized layers constituting the multilayered part, the multilayered part being optimized based on at least one parameter characterizing the multilayered part.
A non-transitory computer readable medium having instructions programmed to perform a method comprising:
- optimizing a powder material based on at least one parameter characterizing the powder material;
- individually optimizing each layer of the multilayered part formed from the optimized powder material based on at least one parameter characterizing each respective layer;
- and
- controlling an additive manufacturing device to form the multilayered part using additive manufacturing based on the optimized powder material and each of the optimized layers constituting the multilayered part, the multilayered part being optimized based on at least one parameter characterizing the multilayered part.
A system comprising:
- a material optimizing component, executed by a computing device, for optimizing a powder material based on at least one parameter characterizing the powder material;
- a structural optimization component, executed by a computing device, for individually optimizing each layer of the multilayered part formed from the optimized powder material based on at least one parameter characterizing the layer;
- and
- an additive manufacturing device to form the multilayered part using an additive manufacturing process that is controlled for each layer of the multilayered part based on the optimized powder material and optimized layers constituting the multilayered part, the multilayered part being optimized based on at least one parameter characterizing the multilayered part.
Dependencies are inferred from the claim text.